In this category, we add all the diy school project models for secondary school students (Class 8 / Grade8).
Wwhere students can do themselves step by step for their school exhibition or fair
In this post we write about making of the solar street light working model science project for exhibition – diy at home easy Creating a solar street light working model using cardboard, an LED light, a 9V battery, and wire is a great way to understand the concept of solar energy and its application in … Read more
In this post we write about making of the parallelogram properties maths tlm working model – diy – geometry tlm using cardboard and color paper #parallelogram #properties #maths #mathsworkingmodel #mathstlm #geometry #tlm Creating a working model to demonstrate the properties of a parallelogram using cardboard and color paper in a rotatable format can be a … Read more
In this article post we write about Electromagnetic crane working model for science project exhibition – diy #electromagnet #electromagneticcrane #workingmodel #scienceexhibition #sciencefair #scienceproject #physicsproject #magnetproject #electromagnetic #electromagnet #electromagnetism Creating an electromagnetic crane working model is an excellent way to demonstrate the principles of electromagnetism. Here’s a step-by-step guide to making this model using a 9V … Read more
In this post we write about making of the dam model making using cardboard for science exhibition project – diy – simple and easy #dammodel #modelmaking #cardboard #scienceexhibition #sciencefair #scienceproject #diy #diypandit Creating a dam model using cardboard and color paper is a fantastic way to understand the structure and function of dams. Here’s a … Read more
In this post we write about making of the hydraulic electromagnetic crane working model science project exhibition – diy – simple Creating a hydraulic electromagnetic crane working model using syringes, cardboard, chopsticks, a 9V battery, copper wire, and a nail is a complex but engaging project that combines hydraulic and electromagnetic principles. Here’s how you … Read more